Internet of Things (IoT) from the Viewpoint of Energy Efficiency and Security: A Review
Binod Kumar, P Somasundari, Shrikant Upadhyay, Anindita Chakraborty, Ankita Lakra, Manoj Kumar · 2024
The availability of repetitively sprouting smart devices used in many different technical areas has caused the internet of things energy absorption to grow quickly in current smart devices. Evidence and message technology has cutting-edge intensely. This results in creation of smart gadgets, communication technologies, and various commercial and noncommercial tasks. The main objective of this survey paper is to identify the energy efficiency and security in smart devices or IoT devices. A methodical IoT ecology is therefore proposed, encompassing the diverse IoT components that lack compatibility and energy efficiency. In this review bids an immediate of numerous strategies for dealing with the problem of energy efficiency in IoT. Initially, a feasible review is done to recognize the crucial role of energy efficiency, confidentiality, and security in smart devices and IoT system. A methodical IoT ecology is therefore proposed, encompassing the diverse IoT components that lack compatibility and energy efficiency. In this review submissions an immediate of numerous strategies for dealing with the problem of energy efficiency, confidentiality, and security in IoT system. In its discussion, the study focuses on various factor and smart component IoT devices that consume battery very fast. A qualified analysis and survey summary are also provided that, research has not yet fully clarified the fundamental factors that contribute to heterogeneity and power absorption at the industrial and technical tiers. Based on this, found issues with technical combination. Important parameters have been considered which includes power consumption, scalability, fog data, and focus on to diminishes the smashes, retransmission upstairs, and vitality absorption in an IoT forthcoming net has been covered in our in-depth study.